End-to-End Engineering
From initial analysis to production, with continuity across firmware, software, GUI and cloud integration.
Embedded systems, firmware and edge AI engineering
Silicon LogiX supports technical teams in the design of firmware, embedded Linux, FPGA logic, hardware/software prototypes and intelligent on-device systems, with a strong focus on reliability, updateability and real-world deployment.
Technical Depth, Operational Method, Measurable Outcomes
Silicon LogiX works with companies and engineering teams through a structured approach: lower technical risk, clear architectural decisions and practical progress toward release.
Technical Governance and Time-to-Market
Motivated architecture choices, shared priorities and controlled execution to reduce bottlenecks and rework.
Production Reliability
Advanced debugging, targeted testing and continuous attention to stability, maintainability and product scalability.
A 4-step working method
- Analyze goals, constraints and technical risk.
- Define architecture and execution plan.
- Develop iteratively with continuous validation.
- Deliver, optimize and support future evolution.
When Teams Involve Silicon LogiX
We usually enter when an embedded project needs solid architecture, real hardware/software integration, or help closing a critical technical issue under practical constraints.
A Prototype That Must Become a Product
When a lab demo works, but still needs to become stable, testable and maintainable.
Firmware That Must Evolve
When code grew quickly and now struggles to support new features, updates or scalability.
A Device That Must Be Connected and Updatable
When robust OTA, telemetry, remote diagnostics, update security or cloud integration become product requirements.
Complex Hardware/Software Integration
When sensors, MCUs, embedded Linux, GUIs, protocols or custom hardware must work together reliably.
Intelligence on the Device
When classification, anomaly detection, computer vision or edge AI must respect memory, latency and power limits.
A Critical Technical Blocker
When the internal team needs specialist support for architecture, debugging, validation or release readiness.
Know-how for Real Embedded Innovation
Integrated skills for reliable, connected and production-ready embedded systems.
Embedded, Firmware and FPGA
Firmware for bare-metal and RTOS systems, FPGA logic, robust MCU architectures, peripheral management, debugging and resource optimization for products that must work in the field.
Embedded Linux, Connectivity and Integration
Embedded Linux systems, IoT connectivity, application interfaces, OTA updates, cloud integration and software components designed to communicate safely and predictably.
Embedded AI and Technical Prototyping
Hardware/software prototypes and on-device intelligence for classification, anomaly detection, vision and local analysis, designed around real limits of performance, memory and deployment.
Silicon LogiX Services
Specialized consulting, development and support across the full lifecycle of an embedded product.
Firmware and FPGA Development
Bare-metal firmware, RTOS, FPGA integration and deterministic architectures for reliable products.
IoT, Embedded Linux and Web Apps
Connectivity, embedded Linux, OTA updates, web interfaces and cloud integration.
AI, Machine Learning and On-device Deep Learning
Edge AI, classification, anomaly detection and computer vision optimized for embedded hardware.
Embedded Graphical Interfaces
Professional HMIs with LVGL, Qt/QML and native frameworks, optimized for constrained resources.
Application Software Development
Desktop software, internal tools, backends and applications that communicate with devices.
Hardware and Software Prototyping
From proof of concept to industrializable prototype, with clear technical decisions and documentation.
Embedded Consulting
Senior support for architecture decisions, code review, advanced debugging and critical technical blockers.
90-minute Technical Audit
A focused session to identify firmware, real-time and architecture priorities. Recommended entry point.
Latest Articles
Bluetooth Channel Sounding: precise and secure distance measurement for embedded IoT
Bluetooth Channel Sounding brings more reliable distance measurement than RSSI to Bluetooth LE, enabling secure access, asset tracking, IoT devices, wearables and industrial embedded systems.
Read more ->
5G RedCap for embedded IoT: benefits and roadmap for connected products
5G RedCap brings 5G to IoT devices that do not need full eMBB modems: gateways, industrial sensors, cameras, wearables and asset trackers. Here is how to evaluate it for embedded, firmware and connected products.
Read more ->
Post-quantum cryptography for embedded and IoT: secure boot, TLS and OTA
Post-quantum cryptography is no longer theory: NIST, the EU, OpenSSL and ST are pushing ML-KEM and ML-DSA into embedded and IoT. Here is what changes for TLS, secure boot, OTA and product lifecycle, with concrete trade-offs for MCUs, Linux gateways and compliance.
Read more ->
eBPF on embedded Linux: advanced diagnostics and security for edge devices
eBPF makes the Linux kernel observable and programmable in a controlled way. On embedded systems, it can help diagnose issues, monitor traffic, strengthen security and reduce debugging time on deployed devices.
Read more ->Latest Videos from YouTube
Short technical notes on firmware, embedded Linux, IoT, cybersecurity and on-device technologies.
Bluetooth Channel Sounding: distanza precisa e sicura per IoT embedded
Bluetooth Channel Sounding è una delle novità più interessanti del Bluetooth LE per dispositivi IoT, firmware embedded, accessi sicuri, asset tracking...
Watch on YouTube
5G RedCap Explained: The Right-Sized 5G for Embedded IoT
5G RedCap is designed to bring 5G connectivity to real-world IoT and embedded devices without the full complexity of traditional 5G modems. Not every...
Watch on YouTube
Crittografia post-quantistica per Embedded e IoT: Secure Boot, TLS e OTA #quantumcryptography
La crittografia post-quantistica non è più solo un tema teorico o da laboratorio. Con i primi standard NIST, il supporto in OpenSSL 3.5 e le prime...
Watch on YouTubeEmbedded Development FAQ
Short answers to the questions companies and technical teams often ask.
Which embedded technologies does Silicon LogiX cover?
Bare-metal and RTOS firmware on MCUs such as STM32, ESP32 and Nordic, FPGA logic, embedded Linux with Yocto or Buildroot, IoT connectivity, graphical interfaces with LVGL or Qt/QML, and on-device AI.
Do you work on new projects or existing codebases?
Both. We support greenfield development from requirements analysis, and we also intervene on existing codebases for refactoring, stabilization, firmware audits, field debugging and new integrations.
Which industries do you have experience with?
Industrial systems, medical devices, IoT, connected consumer products, automation and devices that require reliability and certification-aware engineering.
How can I understand whether my project is a fit?
The 90-minute Technical Audit is designed for this: a focused session to evaluate risks, constraints and feasibility before committing to a larger development effort.
How much does a typical embedded project cost?
It depends on complexity, stack, risk and industrialization level. After an initial audit we provide a transparent estimate with activities, milestones and technical risk made explicit.
Do you work remotely or on-site?
Most work is remote with structured processes. On-site support is possible for hardware bring-up, field debugging and complex integrations when needed.
Do you need to start, unblock or productionize an embedded project?
We can review requirements, constraints, architecture and operational risks to define a concrete technical path.
Request a technical discussion